# NEEM Ice Core 120,000 Year Bromine and Sodium Data #----------------------------------------------------------------------- # World Data Service for Paleoclimatology, Boulder # and # NOAA Paleoclimatology Program # National Centers for Environmental Information (NCEI) #----------------------------------------------------------------------- # Template Version 2.0 # NOTE: Please cite original publication, online resource and date accessed when using this data. # If there is no publication information, please cite Investigator, title, online resource and date accessed. # # Description/Documentation lines begin with # # Data lines have no # # # Online_Resource: https://www.ncdc.noaa.gov/paleo/study/20528 # Online_Resource: http://www1.ncdc.noaa.gov/pub/data/paleo/icecore/greenland/summit/neem/neem2016br.txt # # Archive: Ice Cores # # Parameter_Keywords: chemistry #--------------------------------------- # Contribution_Date # Date: 2016-09-23 #--------------------------------------- # Title # Study_Name: NEEM Ice Core 120,000 Year Bromine and Sodium Data #--------------------------------------- # Investigators # Investigators: Spolaor, A.; Vallelonga, P.; Turetta, C.; Maffezzoli, N.; Cozzi, G.; Gabrieli, J.; Barbante, C.; Goto-Azuma, K.; Saiz-Lopez, A.; Cuevas, C.A.; Dahl-Jensen, D. #--------------------------------------- # Description and Notes # Description: Bromine, sodium and bromine enrichment data used to reconstruct Canadian Arctic sea ice over the past 120 ky. # Provided Keywords: ice core, sea ice, Greenland, NEEM, bromine, sodium, sea salt, Arctic #--------------------------------------- # Publication # Authors: Andrea Spolaor, Paul Vallelonga, Clara Turetta, Niccolo Maffezzoli, Giulio Cozzi, Jacopo Gabrieli, Carlo Barbante, Kumiko Goto-Azuma, Alfonso Saiz-Lopez, Carlos A. Cuevas, and Dorthe Dahl-Jensen # Published_Date_or_Year: 2016-09-21 # Published_Title: Canadian Arctic sea ice reconstructed from bromine in the Greenland NEEM ice core # Journal_Name: Scientific Reports # Volume: 6 # Edition: 33925 # Issue: # Pages: # Report Number: # DOI: 10.1038/srep33925 # Online_Resource: http://dx.doi.org/10.1038/srep33925 # Full_Citation: # Abstract: Reconstructing the past variability of Arctic sea ice provides an essential context for recent multi-year sea ice decline, although few quantitative reconstructions cover the Holocene period prior to the earliest historical records 1,200 years ago. Photochemical recycling of bromine is observed over first-year, or seasonal, sea ice in so-called "bromine explosions" and we employ a 1-D chemistry transport model to quantify processes of bromine enrichment over first-year sea ice and depositional transport over multi-year sea ice and land ice. We report bromine enrichment in the Northwest Greenland Eemian NEEM ice core since the end of the Eemian interglacial 120,000 years ago, finding the maximum extension of first-year sea ice occurred approximately 9,000 years ago during the Holocene climate optimum, when Greenland temperatures were 2 to 3C above present values. First-year sea ice extent was lowest during the glacial stadials suggesting complete coverage of the Arctic Ocean by multi-year sea ice. These findings demonstrate a clear relationship between temperature and first-year sea ice extent in the Arctic and suggest multi-year sea ice will continue to decline as polar amplification drives Arctic temperatures beyond the 2C global average warming target of the recent COP21 Paris climate agreement. #--------------------------------------- # Funding_Agency # Funding_Agency_Name: Danish National Research Foundation # Grant: Centre for Ice and Climate #--------------------------------------- # Funding_Agency # Funding_Agency_Name: European Union Seventh Framework Programme (FP7/2007-2013) # Grant: #243908 "Past4Future. Climate change - Learning from the past climate" #--------------------------------------- # Funding_Agency # Funding_Agency_Name: European Union Seventh Framework Programme (FP7/2007-2013) # Grant: #610055 "Ice2ice" #--------------------------------------- # Site Information # Site_Name: NEEM # Location: North America>Greenland # Country: # Northernmost_Latitude: 77.75 # Southernmost_Latitude: 77.75 # Easternmost_Longitude: -51.1 # Westernmost_Longitude: -51.1 # Elevation: 2484 m #--------------------------------------- # Data_Collection # Collection_Name: NEEM2016Br # First_Year: 120295 # Last_Year: -24 # Time_Unit: Cal. Year BP # Core_Length: 2533.84 m # Notes: Data in the paper is referenced as b2k (years before 2000AD). The sample dating is based on the following reference: # Dahl-Jensen, D., et al. (2013). Eemian interglacial reconstructed from a Greenland folded ice core. Nature, 493(7433), 489-494. # http://doi.org/10.1038/nature11789 #--------------------------------------- # Chronology_Information # Chronology: # Data in the paper is referenced as b2k (years before 2000AD). The sample dating is based on the following reference: # Dahl-Jensen, D., et al. (2013). Eemian interglacial reconstructed from a Greenland folded ice core. Nature, 493(7433), 489-494. # http://doi.org/10.1038/nature11789 # # Depth (m) year b2k year b1950AD # 15.4 26 -24 # 55 158 108 # 59.4 175 125 # 70.4 220 170 # 78.1 253 203 # 81.4 267 217 # 92.4 315 265 # 103.4 366 316 # 111.1 399 349 # 140.8 539 489 # 147.4 569 519 # 165 652 602 # 169.4 673 623 # 192.5 786 736 # 200.2 826 776 # 221.1 928 878 # 229.9 973 923 # 240.9 1030 980 # 248.6 1068 1018 # 251.9 1084 1034 # 262.9 1139 1089 # 273.9 1197 1147 # 275 1203 1153 # 284.9 1252 1202 # 295.9 1311 1261 # 302.5 1344 1294 # 306.9 1366 1316 # 330 1488 1438 # 339.9 1540 1490 # 350.9 1599 1549 # 357.5 1634 1584 # 361.9 1658 1608 # 372.9 1717 1667 # 383.9 1778 1728 # 386.1 1790 1740 # 394.9 1840 1790 # 405.9 1898 1848 # 413.6 1942 1892 # 427.9 2020 1970 # 438.9 2079 2029 # 441.1 2092 2042 # 449.9 2141 2091 # 460.9 2206 2156 # 467.5 2243 2193 # 471.9 2268 2218 # 482.9 2330 2280 # 493.9 2392 2342 # 497.2 2411 2361 # 515.9 2521 2471 # 522.5 2561 2511 # 526.9 2586 2536 # 542.85 2682 2632 # 548.9 2716 2666 # 550 2723 2673 # 559.9 2781 2731 # 559.9 2781 2731 # 570.9 2848 2798 # 578.6 2895 2845 # 581.9 2914 2864 # 592.9 2979 2929 # 600.6 3026 2976 # 601.7 3033 2983 # 1288.1 9021 8971 # 1293.05 9098 9048 # 1302.4 9242 9192 # 1305.7 9298 9248 # 1306.8 9318 9268 # 1313.4 9425 9375 # 1314.5 9442 9392 # 1316.7 9478 9428 # 1318.9 9515 9465 # 1321.1 9554 9504 # 1335.4 9802 9752 # 1349.7 10069 10019 # 1357.4 10217 10167 # 1369.5 10472 10422 # 1373.9 10569 10519 # 1376.1 10618 10568 # 1383.8 10791 10741 # 1390.4 10951 10901 # 1398.1 11150 11100 # 1403.6 11290 11240 # 1411.3 11500 11450 # 1412.4 11529 11479 # 1419 11710 11660 # 1421.2 11805 11755 # 1425.6 12010 11960 # 1426.7 12058 12008 # 1431.1 12266 12216 # 1435.5 12471 12421 # 1437.7 12576 12526 # 1442.1 12791 12741 # 1449.8 13112 13062 # 1454.2 13304 13254 # 1456.4 13391 13341 # 1458.6 13475 13425 # 1472.9 14059 14009 # 1474 14112 14062 # 1477.3 14247 14197 # 1479.5 14329 14279 # 1480.6 14371 14321 # 1482.8 14454 14404 # 1483.9 14494 14444 # 1486.1 14569 14519 # 1487.2 14609 14559 # 1493.8 15002 14952 # 1497.1 15267 15217 # 1505.9 15957 15907 # 1510.3 16303 16253 # 1511.4 16385 16335 # 1516.9 16794 16744 # 1521.3 17122 17072 # 1524.6 17372 17322 # 1540 18540 18490 # 1567.5 20664 20614 # 1592.8 22915 22865 # 1593.9 22998 22948 # 1595 23088 23038 # 1596.1 23177 23127 # 1597.2 23277 23227 # 1598.3 23357 23307 # 1599.4 23462 23412 # 1600.5 23587 23537 # 1601.6 23714 23664 # 1602.7 23838 23788 # 1603.8 23959 23909 # 1604.9 24085 24035 # 1606 24207 24157 # 1607.1 24319 24269 # 1629.1 26753 26703 # 1630.2 26865 26815 # 1631.3 26974 26924 # 1632.4 27089 27039 # 1633.5 27205 27155 # 1634.6 27318 27268 # 1635.7 27432 27382 # 1636.8 27541 27491 # 1637.9 27610 27560 # 1639 27673 27623 # 1640.1 27734 27684 # 1642.3 27898 27848 # 1643.4 28010 27960 # 1644.5 28128 28078 # 1645.6 28249 28199 # 1647.8 28472 28422 # 1648.9 28578 28528 # 1650 28658 28608 # 1651.1 28725 28675 # 1652.2 28788 28738 # 1653.3 28845 28795 # 1654.4 28912 28862 # 1655.5 29021 28971 # 1656.6 29147 29097 # 1657.7 29270 29220 # 1658.8 29390 29340 # 1659.9 29523 29473 # 1661 29645 29595 # 1662.1 29773 29723 # 1663.2 29891 29841 # 1664.3 30009 29959 # 1665.4 30137 30087 # 1666.5 30268 30218 # 1667.6 30397 30347 # 1668.7 30532 30482 # 1669.8 30644 30594 # 1670.9 30741 30691 # 1690.7 32572 32522 # 1691.8 32694 32644 # 1692.9 32828 32778 # 1694 32956 32906 # 1695.1 33090 33040 # 1696.2 33223 33173 # 1697.3 33351 33301 # 1698.4 33433 33383 # 1699.5 33504 33454 # 1700.6 33572 33522 # 1701.7 33648 33598 # 1702.8 33713 33663 # 1703.9 33815 33765 # 1705 33924 33874 # 1706.1 34043 33993 # 1707.2 34169 34119 # 1708.3 34291 34241 # 1709.4 34415 34365 # 1710.5 34541 34491 # 1711.6 34671 34621 # 1724.8 35636 35586 # 1727 35886 35836 # 1730.3 36262 36212 # 1731.4 36381 36331 # 1733.6 36592 36542 # 1734.7 36683 36633 # 1735.8 36769 36719 # 1736.9 36848 36798 # 1738 36934 36884 # 1739.1 37021 36971 # 1740.2 37107 37057 # 1744.6 37405 37355 # 1745.7 37472 37422 # 1746.8 37529 37479 # 1747.9 37596 37546 # 1749 37664 37614 # 1751.2 37796 37746 # 1752.3 37857 37807 # 1753.4 37917 37867 # 1754.5 37979 37929 # 1755.6 38040 37990 # 1755.6 38040 37990 # 1756.7 38099 38049 # 1757.8 38154 38104 # 1758.9 38216 38166 # 1760 38325 38275 # 1761.1 38436 38386 # 1761.1 38436 38386 # 1762.2 38549 38499 # 1763.3 38663 38613 # 1764.4 38778 38728 # 1766.6 39002 38952 # 1766.6 39002 38952 # 1767.7 39121 39071 # 1768.8 39240 39190 # 1769.9 39363 39313 # 1771 39480 39430 # 1773.2 39735 39685 # 1776.5 40074 40024 # 1777.6 40170 40120 # 1778.7 40284 40234 # 1779.8 40400 40350 # 1780.9 40527 40477 # 1782 40650 40600 # 1783.1 40771 40721 # 1784.2 40887 40837 # 1785.3 40999 40949 # 1786.4 41102 41052 # 1787.5 41190 41140 # 1788.6 41273 41223 # 1789.7 41356 41306 # 1790.8 41429 41379 # 1791.9 41531 41481 # 1793 41663 41613 # 1794.1 41797 41747 # 1795.2 41933 41883 # 1796.3 42071 42021 # 1797.4 42211 42161 # 1798.5 42325 42275 # 1799.6 42436 42386 # 1800.7 42548 42498 # 1801.8 42656 42606 # 1802.9 42766 42716 # 1804 42868 42818 # 1805.1 42954 42904 # 1806.2 43042 42992 # 1807.3 43126 43076 # 1807.3 43126 43076 # 1808.4 43208 43158 # 1809.5 43293 43243 # 1810.6 43392 43342 # 1811.7 43527 43477 # 1811.7 43527 43477 # 1812.8 43673 43623 # 1813.9 43815 43765 # 1813.9 43815 43765 # 1815 43951 43901 # 1817.2 44228 44178 # 1818.3 44354 44304 # 1819.4 44458 44408 # 1820.5 44571 44521 # 1821.6 44703 44653 # 1822.7 44828 44778 # 1823.8 44953 44903 # 1824.9 45069 45019 # 1826 45186 45136 # 1827.1 45306 45256 # 1828.2 45419 45369 # 1829.3 45523 45473 # 1830.4 45622 45572 # 1831.5 45718 45668 # 1832.6 45811 45761 # 1833.7 45905 45855 # 1837 46176 46126 # 1838.1 46264 46214 # 1839.2 46351 46301 # 1840.3 46435 46385 # 1841.4 46523 46473 # 1842.5 46605 46555 # 1843.6 46678 46628 # 1844.7 46754 46704 # 1845.8 46826 46776 # 1846.9 46942 46892 # 1848 47087 47037 # 1849.1 47233 47183 # 1850.2 47382 47332 # 1851.3 47540 47490 # 1852.4 47699 47649 # 1853.5 47856 47806 # 1854.6 48027 47977 # 1855.7 48202 48152 # 1856.8 48367 48317 # 1857.9 48517 48467 # 1859 48641 48591 # 1860.1 48766 48716 # 1861.2 48880 48830 # 1862.3 48980 48930 # 1863.4 49086 49036 # 1864.5 49200 49150 # 1865.6 49310 49260 # 1866.7 49460 49410 # 1867.8 49606 49556 # 1868.9 49736 49686 # 1897.5 52839 52789 # 1922.8 55729 55679 # 1954.7 59997 59947 # 1980 65079 65029 # 2007.5 71995 71945 # 2035 77805 77755 # 2062.5 81844 81794 # 2090 85236 85186 # 2117.5 88896 88846 # 2146.1 92977 92927 # 2148.3 93371 93321 # 2181.3 101988 101938 # 2189 104703 104653 # 2204.4 108371 108321 # 2307.8 118674 118624 # 2285.8 119062 119012 # 2227.5 119092 119042 # 2365 119530 119480 # 2211 120215 120165 # 2263.8 120345 120295 # # #--------------------------------------- # Variables # Data variables follow that are preceded by "##" in columns one and two. # Variables list, one per line, shortname-tab-longname components (9 components: what, material, error, units, seasonality, archive, detail, method, C or N for Character or Numeric data) ## depth_m Depth,,,m,,,,,N ## Br Bromine concentration,,,ng/g,,ice cores,,ICP-SFMS,N ## Na Sodium Concentration,,,ng/g,,ice cores,,ICP-SFMS,N ## Br-enr Bromine enrichment value,,,,,ice cores,,calculated,N ## d18O Oxygen isotope ratio,,,permil,,ice cores,,CRDS,N #------------------------ # Data # Data lines follow (have no #) # Data line format - tab-delimited text, variable short name as header # Missing Value: # depth_m Br Na br-enr d18O 15.4 0.44 6.61 11.15 -35.85 55 0.53 12.96 10.42 -32.48 59.4 0.54 8.51 10.65 -34.79 70.4 0.29 10.41 4.72 -34.02 78.1 0.58 11.40 6.32 -33.78 81.4 0.27 7.17 6.23 -32.47 92.4 0.48 6.59 12.12 -33.43 103.4 0.30 6.71 6.71 -34.59 111.1 0.69 14.18 21.74 -33.61 140.8 0.64 14.34 11.40 -33.35 147.4 0.33 10.45 5.26 -33.73 165 0.62 13.49 13.19 -34.51 169.4 0.57 11.49 8.22 -33.53 192.5 0.45 19.38 3.86 -33.34 200.2 0.65 36.94 8.58 -33.88 221.1 0.73 9.44 21.12 -32.86 229.9 0.36 12.19 4.96 -33.46 240.9 0.31 8.62 6.05 -32.74 248.6 0.65 14.67 12.81 -33.12 251.9 0.40 7.92 8.45 -33 262.9 0.32 8.72 6.08 -33.19 273.9 0.46 13.72 5.58 -34.49 275 0.64 11.31 16.85 -34.12 284.9 0.28 5.57 8.27 -32.78 295.9 0.41 6.31 10.85 -34.48 302.5 0.69 12.91 13.26 -34.98 306.9 0.32 7.80 6.94 -32.03 330 0.66 18.96 7.65 -34.94 339.9 0.45 4.89 15.49 -33.43 350.9 0.50 6.55 12.67 -33.47 357.5 0.70 10.33 21.03 -33.88 361.9 0.40 7.49 8.95 -33.49 372.9 0.38 13.99 4.53 -33.06 383.9 0.39 5.37 12.02 -31.73 386.1 0.61 11.91 13.44 -31.94 394.9 0.30 5.24 9.67 -33.91 405.9 0.53 6.01 14.81 -32.88 413.6 0.73 12.54 13.44 -32.56 427.9 0.58 8.82 10.97 -35.12 438.9 0.39 5.02 12.92 -33.04 441.1 0.56 12.78 14.16 -32.96 449.9 0.44 6.09 11.97 -34.01 460.9 0.35 9.58 6.17 -33.47 467.5 0.62 11.69 19.66 -34.33 471.9 0.34 7.02 7.98 -33.4 482.9 0.48 6.00 13.45 -32.95 493.9 0.37 6.00 10.22 -33.97 497.2 0.67 17.38 14.73 -33.19 515.9 0.22 5.05 7.35 -34.34 522.5 0.59 9.80 18.12 -32.72 526.9 0.41 7.92 8.68 -32.93 542.85 0.28 10.38 4.52 -34.79 548.9 0.31 8.06 6.51 -34.33 550 0.63 15.22 14.07 -33.94 559.9 0.32 10.02 5.33 -34.18 559.9 0.30 10.02 5.03 -34.18 570.9 0.37 7.57 8.16 -33.41 578.6 0.71 18.65 23.67 -34.2 581.9 0.33 9.98 5.46 -33.36 592.9 0.40 7.19 9.29 -33.49 600.6 0.78 11.03 18.18 -32.06 601.7 0.31 7.66 6.67 -34.27 1288.1 0.57 12.95 7.29 -33.32 1293.05 0.80 19.81 16.33 -33.48 1302.4 0.88 22.09 18.24 -34.14 1305.7 0.82 23.20 16.77 -35.43 1306.8 0.87 20.55 21.49 -34.08 1313.4 0.81 25.50 12.83 -33.63 1314.5 0.73 12.10 18.55 -33.2 1316.7 0.81 22.45 17.22 -33.43 1318.9 0.90 22.87 21.01 -34.44 1321.1 0.88 25.16 14.22 -34.32 1335.4 0.77 23.53 15.25 -34.17 1349.7 0.78 12.68 13.94 -33.92 1357.4 0.97 23.84 18.57 -35.58 1369.5 0.85 24.66 17.24 -34.87 1373.9 0.75 23.44 12.92 -35.01 1376.1 0.72 13.65 13.29 -35.16 1383.8 0.85 24.59 17.21 -36.07 1390.4 0.76 21.91 14.88 -35.09 1398.1 0.83 24.92 12.91 -36.79 1403.6 0.81 15.85 13.09 -34.77 1411.3 0.73 25.82 14.61 -36.57 1412.4 0.82 29.73 16.40 -37.31 1419 0.84 44.49 5.59 -38.5 1421.2 0.77 48.77 4.28 -38.95 1425.6 0.81 55.35 2.96 -40.34 1426.7 0.82 53.57 3.26 -40.92 1431.1 0.79 43.78 3.63 -40 1435.5 1.15 58.80 4.74 -40.56 1437.7 0.71 64.77 2.24 -41.38 1442.1 1.09 85.16 3.30 -41.89 1449.8 0.72 48.86 5.80 -39.78 1454.2 0.79 33.34 6.97 -37.15 1456.4 0.81 26.67 6.98 -36.51 1458.6 0.86 31.83 8.61 -36.47 1472.9 0.55 41.78 3.39 -39.51 1474 0.71 32.02 8.16 -37.06 1477.3 0.69 29.73 7.89 -35.8 1479.5 0.67 32.10 7.72 -35.51 1480.6 1.54 50.11 12.11 -35.66 1482.8 0.69 31.09 7.86 -35.56 1483.9 0.56 20.86 6.69 -33.61 1486.1 0.64 23.12 7.60 -34.72 1487.2 0.72 33.12 8.01 -35.06 1493.8 0.74 65.96 2.46 -40.8 1497.1 0.75 72.75 2.16 -40.59 1505.9 1.01 75.85 2.77 -41.82 1510.3 0.80 75.70 2.05 -41.18 1511.4 0.98 74.14 2.55 -42.76 1516.9 1.11 65.66 3.43 -41.85 1521.3 1.21 80.66 2.99 -43.09 1524.6 1.20 90.52 2.67 -43.69 1540 0.98 92.89 2.16 -42.47 1567.5 0.96 85.36 2.23 -44.2 1592.8 0.62 57.83 2.20 -41.33 1593.9 0.92 76.66 2.49 -41.49 1595 0.95 78.31 2.41 -43.43 1596.1 0.94 69.52 2.87 -42.48 1597.2 0.66 50.02 2.46 -39.89 1598.3 0.95 79.05 2.37 -41.56 1599.4 1.30 103.04 2.61 -44.09 1600.5 1.25 100.39 2.71 -44.72 1601.6 1.46 109.11 2.68 -44.41 1602.7 1.37 115.97 2.08 -44.2 1603.8 1.43 123.16 2.44 -44.69 1604.9 1.49 127.39 2.51 -43.99 1606 1.27 113.18 2.27 -44.77 1607.1 1.02 105.16 2.17 -43.42 1629.1 1.12 80.70 2.55 -43.74 1630.2 1.19 101.84 2.09 -43.69 1631.3 1.15 90.55 2.74 -44.82 1632.4 1.05 93.51 2.40 -44.33 1633.5 1.01 86.76 2.64 -43.45 1634.6 1.05 94.17 2.16 -44.34 1635.7 1.04 87.90 2.19 -45.13 1636.8 0.86 85.83 2.22 -44.77 1637.9 0.46 46.64 2.64 -40.99 1639 0.49 52.77 2.33 -39.71 1640.1 0.64 270.66 4.13 -38.72 1642.3 1.18 97.96 2.71 -43.14 1643.4 1.57 110.25 3.29 -46 1644.5 1.22 113.37 2.57 -43.94 1645.6 1.23 109.21 2.85 -46.18 1647.8 1.14 100.25 2.58 -45.26 1648.9 0.93 83.40 2.81 -44.33 1650 0.63 56.15 2.55 -41.54 1651.1 0.63 53.46 3.12 -39.84 1652.2 0.51 47.68 2.23 -40.15 1653.3 0.55 54.49 2.53 -39.75 1654.4 1.18 95.68 2.68 -41.74 1655.5 1.24 99.34 2.81 -43.99 1656.6 1.24 107.94 2.51 -44.79 1657.7 1.26 99.49 2.26 -44.3 1658.8 1.32 115.43 2.96 -44.64 1659.9 1.37 113.79 2.58 -44.22 1661 1.43 127.02 2.49 -44.89 1662.1 1.34 115.35 2.95 -44.77 1663.2 1.45 118.61 2.13 -46.05 1664.3 1.42 111.12 2.83 -44.6 1665.4 1.48 134.98 2.26 -45.02 1666.5 1.55 132.09 2.48 -45.96 1667.6 1.47 130.40 2.98 -44.15 1668.7 1.18 109.74 2.35 -44.54 1669.8 0.84 91.76 2.41 -43.98 1670.9 0.77 63.94 2.80 -43.44 1690.7 1.31 207.35 3.13 -44.3 1691.8 1.16 110.57 2.55 -45.21 1692.9 1.12 105.15 2.29 -44.18 1694 1.20 124.56 2.49 -45.05 1695.1 1.24 102.73 3.41 -44.6 1696.2 1.18 111.42 2.69 -44.34 1697.3 1.12 98.28 3.54 -44.33 1698.4 0.64 57.39 3.49 -41.2 1699.5 0.50 46.78 3.27 -39.96 1700.6 0.48 48.42 2.46 -39.1 1701.7 0.43 43.54 3.01 -39.36 1702.8 0.74 44.62 3.96 -38.97 1703.9 1.10 107.99 2.63 -43.38 1705 1.11 113.68 2.37 -43.48 1706.1 1.17 131.30 2.60 -43.9 1707.2 1.16 116.89 2.84 -42.97 1708.3 1.00 113.79 2.51 -43.81 1709.4 1.00 106.38 2.57 -43.9 1710.5 1.23 111.76 3.03 -43.4 1711.6 1.05 90.24 3.30 -42.4 1724.8 1.03 100.44 3.01 -42.28 1727 1.18 78.03 2.51 -43.47 1730.3 1.12 92.48 2.20 -43.66 1731.4 0.98 75.19 2.17 -42.92 1733.6 1.03 58.51 3.22 -42.82 1734.7 0.69 40.00 3.91 -39.64 1735.8 0.24 33.40 1.21 -40.67 1736.9 0.54 42.75 2.43 -39.24 1738 0.94 54.03 3.65 -42.86 1739.1 0.65 44.45 2.79 -41.01 1740.2 0.45 33.67 2.22 -40.77 1744.6 0.61 36.29 3.35 -40.09 1745.7 0.16 25.93 1.04 -38.93 1746.8 0.48 34.23 2.75 -39.05 1747.9 0.90 28.15 5.35 -38.2 1749 0.66 30.44 4.31 -38.4 1751.2 0.55 23.27 3.93 -39.46 1752.3 0.74 31.73 4.50 -38.74 1753.4 0.69 34.33 4.63 -38.3 1754.5 0.76 35.81 4.35 -37.4 1755.6 0.57 68.67 2.41 -39.07 1755.6 0.46 39.16 1.96 -39.07 1756.7 0.55 31.61 3.52 -38.68 1757.8 0.55 35.79 3.00 -37.72 1758.9 0.87 68.46 2.45 -38.98 1760 1.11 94.63 2.48 -43.29 1761.1 1.03 80.77 2.40 -42.88 1761.1 1.05 71.24 2.46 -42.88 1762.2 1.01 89.28 2.37 -43.41 1763.3 1.21 104.98 2.28 -43.48 1764.4 0.66 52.02 2.56 -43.93 1766.6 0.57 104.38 1.16 -42.45 1766.6 1.24 81.03 2.56 -42.45 1767.7 1.22 96.50 2.27 -44.45 1768.8 1.21 117.84 2.02 -44.91 1769.9 1.22 119.85 1.98 -43.58 1771 1.32 93.84 2.35 -43.16 1773.2 1.07 114.21 2.20 -43.35 1776.5 0.37 36.87 1.66 -39.42 1777.6 0.83 69.39 2.43 -41.14 1778.7 0.93 80.52 2.48 -42.27 1779.8 1.02 77.34 2.69 -42.13 1780.9 0.86 74.42 1.92 -43.17 1782 0.83 78.15 2.29 -42.07 1783.1 0.96 81.55 2.36 -43.18 1784.2 0.81 57.99 2.71 -41.62 1785.3 0.57 34.09 2.78 -41.13 1786.4 0.72 46.67 3.77 -39.34 1787.5 0.86 40.95 4.64 -39.89 1788.6 0.20 31.70 1.04 -38.46 1789.7 0.23 26.84 1.43 -38.75 1790.8 0.72 40.99 3.63 -37.81 1791.9 0.89 81.15 2.28 -42.35 1793 0.96 93.59 2.04 -41.55 1794.1 1.07 79.11 2.25 -42.41 1795.2 1.17 61.11 2.90 -42 1796.3 1.07 99.71 2.23 -43.12 1797.4 1.10 81.41 3.15 -42.76 1798.5 0.39 38.20 1.69 -40.57 1799.6 0.72 45.43 3.75 -40.36 1800.7 0.76 52.21 3.18 -42.06 1801.8 0.57 49.62 3.46 -39.56 1802.9 0.39 26.13 2.52 -39.37 1804 0.64 32.61 4.25 -38.49 1805.1 0.66 37.84 3.89 -39.02 1806.2 0.71 31.34 4.94 -38.42 1807.3 0.51 33.99 3.18 -38.49 1807.3 0.08 26.62 -38.49 1808.4 0.57 41.01 3.28 -38.79 1809.5 0.44 35.04 3.12 -38.13 1810.6 1.04 98.18 2.05 -41.55 1811.7 0.81 138.99 1.69 -43.15 1811.7 1.03 79.79 2.15 -43.15 1812.8 1.21 101.30 2.36 -43.42 1813.9 1.30 105.04 2.67 -41.51 1813.9 1.17 81.08 2.40 -41.51 1815 1.09 88.39 2.25 -42.62 1817.2 0.89 75.48 2.26 -42.54 1818.3 0.44 49.14 1.97 -41.03 1819.4 0.45 37.99 2.77 -39 1820.5 0.78 51.75 2.53 -41.37 1821.6 0.66 43.02 3.46 -41.31 1822.7 0.67 47.32 3.28 -40.98 1823.8 0.57 49.53 2.59 -41.56 1824.9 1.00 78.86 5.64 -39.59 1826 0.64 39.77 3.99 -39.38 1827.1 0.61 56.32 3.38 -40.13 1828.2 0.57 33.26 3.48 -40.02 1829.3 0.21 24.32 -38.6 1830.4 0.55 32.37 3.97 -39.29 1831.5 0.62 43.67 4.40 -38.24 1832.6 0.45 30.60 2.96 -38.68 1833.7 0.48 23.34 3.40 -38.75 1837 0.79 59.97 5.94 -38.13 1838.1 0.83 19.36 7.17 -38.24 1839.2 0.53 27.57 4.58 -38.03 1840.3 0.50 26.94 3.75 -38.08 1841.4 0.47 35.78 3.33 -37.43 1842.5 0.51 29.89 3.38 -37.23 1843.6 0.68 26.65 5.05 -37.24 1844.7 0.49 30.08 4.13 -36.96 1845.8 0.50 41.24 3.07 -37.26 1846.9 0.89 83.85 1.89 -42.9 1848 0.88 86.97 2.02 -42.6 1849.1 0.96 90.86 2.07 -43.1 1850.2 1.03 101.79 2.58 -42.78 1851.3 1.03 82.19 2.24 -42.37 1852.4 1.01 84.72 2.19 -42.29 1853.5 0.97 88.69 2.09 -43.7 1854.6 0.99 90.65 1.99 -42.93 1855.7 1.05 106.05 2.22 -42.7 1856.8 0.90 82.49 1.93 -43.39 1857.9 0.63 56.37 2.04 -41.37 1859 0.55 50.64 2.14 -40.43 1860.1 0.70 63.92 2.97 -40.45 1861.2 0.41 33.63 2.31 -39.6 1862.3 0.47 35.90 2.57 -39.49 1863.4 0.57 39.83 2.89 -40.6 1864.5 0.46 32.09 3.16 -38.77 1865.6 0.82 67.10 2.17 -40.72 1866.7 0.89 70.58 2.42 -42.08 1867.8 0.73 50.23 2.51 -41.21 1868.9 0.49 39.93 2.31 -40.76 1897.5 0.53 28.71 2.53 -38.8 1922.8 0.56 32.12 3.24 -37.84 1954.7 1.04 84.99 2.17 -44.33 1980 1.09 88.11 2.69 -44.56 2007.5 0.39 25.59 3.13 -38.69 2035 0.63 51.90 3.91 -42.32 2062.5 0.61 21.89 7.93 -37.98 2090 0.64 52.93 2.89 -37.96 2117.5 0.61 28.62 5.21 -40.46 2146.1 0.77 24.60 7.47 -39.96 2148.3 0.87 31.84 8.24 -39.86 2181.3 0.64 19.81 11.56 -37.84 2189 0.58 41.88 4.15 -40.41 2204.4 0.72 36.16 3.71 -40.06 2307.8 0.57 19.82 8.94 -36.56 2285.8 0.63 14.52 10.88 -35.98 2227.5 0.70 16.79 10.50 -36.31 2365 0.65 15.40 15.32 -35.16 2211 0.56 16.52 12.98 -33.42 2263.8 0.62 11.90 13.79 -37.87